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The effect of preload on electromyographic train-of-four ratio at the first dorsal interosseous muscle during spontaneous recovery from neuromuscular blockade

机译:从神经肌肉封锁中自发恢复过程中第一背侧肌肉在第一背孔肌的电拍摄训练对电拍摄的影响

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摘要

Accurate and reliable quantitative neuromuscular function monitoring is desirable for the optimal management of neuromuscular blockade, selection of the most appropriate reversal agent and dosage, and assessing the completeness of reversal to exclude residual neuromuscular blockade. Applying preload to the thumb may affect the precision of electromyography. This study compared the precision and agreement of electromyography with and without preload during recovery from non-depolarising neuromuscular blockade. After induction of anaesthesia and before neuromuscular blockade, the supramaximal current required at the first dorsal interosseous muscle with and without preload was determined. During recovery, train-of-four ratios were recorded using electromyography every 20 seconds. Alternating pairs of measurements (with and without preload) were obtained until spontaneous recovery was achieved. The preload device applied a resting tension of 75-150 g to the thumb. Bland-Altman analysis for repeated measurements was used to assess precision and agreement of electromyography responses with and without muscle preload. Two hundred and seventy-five sets of repeated measurements were collected from 35 participants. The repeatability coefficient for train-of-four ratios recorded by electromyography with a preload was 0.030 (95% confidence intervals, CI, 0.028 to 0.031) versus 0.068 (95% CI 0.064 to 0.072) without. Train-of-four ratios with preload demonstrated a bias of +0.038 (95% CI 0.037 to 0.042) compared to electromyography without, with 95% limits of agreement of 0.035-0.111. Preload significantly improved the precision of electromyographic train-of-four ratios, with 95% of consecutive measurements differing by less than 3%. Furthermore, electromyography with preload demonstrated a positive bias of 0.04 compared with electromyography alone, the clinical significance of which requires further research.
机译:准确且可靠的定量神经肌肉功能监测对于神经肌肉阻滞的最佳管理,选择最合适的逆转剂和剂量的选择,并评估逆转的完整性排除残留的神经肌肉阻滞。将预载装到拇指可能会影响肌电图的精度。该研究比较了肌电学的精度和同意,在非去极化神经肌肉封闭期间恢复期间的预载。在感受到麻醉和神经肌肉梗阻之前,确定了第一个背侧骨骼肌肉所需的Suprapazimal电流,有没有预载。在恢复期间,每20秒使用肌电图记录四个比率。在实现自发恢复之前获得交替的测量(具有和不升级)。预载器件将75-150g的静止张力施加到拇指上。用于重复测量的Bland-Altman分析用于评估肌电学响应的精度和协议,无需肌肉预加载。从35名参与者收集了两组重复测量。用肌电学射程记录的四个比率的可重复性系数,预载荷为0.030(95%置信区间,CI,0.028至0.031),而不是0.068(95%CI 0.064至0.072)。与肌电图相比,预载列的四个比率均显示+0.038的偏差(95%CI 0.037至0.042),但有95%的协议限值为0.035-0.111。预加载显着提高了电拍摄阵列的四个比率的精度,95%的连续测量值不到3%。此外,与肌电图单独相比,预加载的肌电图显示了0.04的正偏差,其临床意义需要进一步研究。

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